1281630 九、發明說明： 【發明所屬之技術領域】 本發明關於將安裝在卡片安裝部上的小型卡片等連接在 片用連接15裝置上的卡片用配接器（adapter)。 【先前技術】[Technical Field] The present invention relates to a card adapter for connecting a small card or the like attached to a card mounting portion to a device for a sheet connection 15. [Prior Art]
此種先前技術’有如專利文獻卜5所示者。這些先前技 t具有彼此並排設置而與卡片用連接器裝置連接的多個 邛連接。卩，並且還具有在構成本體的殼體的内部安裝有 ^片的卡片安裝部，以將卡片安裝在該卡片安裝部中的、狀 恕連接在卡料接器裝置上。由此，能夠在卡片與卡片 用連接器裳置之間進行資訊接收發送。 壯在上述的卡片用連接器裝置上，能夠安裝形狀尺寸比安 、卡片用配接器上的卡片的形狀尺寸大之標準卡片。因 此，上述先前的卡片用配接器，係設定爲與標準卡片大致 同等的形狀尺寸。此外，上述的標準卡片具有連接在卡片 用連接is裝置上的多個外部連接部，這些多個外部連接部 中的多個特定外部連接部在規袼上係設定爲彼此短路。 另外，上述殼體係上殼構件與下殼構件彼此嵌合，而藉 由溶接等方法而一體形成。 專利文獻1:日本專利特開2000-40131公報 專利文獻2 :曰本專利特許第3250986號公報 專利文獻3 :曰本專利特開2000-305662公報 專利文獻4 :日本專利特開2002-157056公報 專利文獻5:曰本專利特開2003-150912公報 98883.doc ⑧ 1281630 [發明所欲解決之問題] 先前的各種卡片用配接器中， 部中的多個特定外部連接部彼此短2慮使多個外部連接 卡^配接器的多個外部連接部，由於彼此並排 同一平面上，因此若欲使這些多個外部連接部 定外部連接部短路時，可採取 盆夕、 …外部連接部的導電構件，並在的 上分別連接該導電構件的構成。 、 、接邛 但是，在配置如此另外設置的導 會導致構件數量的增加，並且也==況下，不僅 部上分別連接該導電構件的組裝作業。m連接 裝作業的工時，而增加製造成本的問題。+在增加組 此外，上述的卡片用配接器分 裝”時，在誤撬動該卡“時候，其:== 及下喊構件的嵌合部分， 【發明内容】 喊體的問題。 =發明係馨於以上先前技術的現狀而提出的，並目的 ::供-種卡片用配接器，其能夠在不數 不衫響組裝作業工時的情 數里且 路。 度兄τ使多個特定外部連接部短 提二卜種於！上先前技術的現狀，其目的還在於 辛卡片用配接器，其在安，卡 動卡片時的力傳到卜w 守’能夠防止誤摄 予的力傳到上设構件及下殼構件的嵌合部分。 達到上述目的，本發明的卡W，其特徵在於： 98883.doc .1281630 備短路部，其係使 特定外部連接部各 具有並排設置的多料部連接部，並具 於匕夾著至少丨個外部連接部之多個 自後端部側之端緣部短路。 接部的各自二：卡片用配接器，在位於多個特定外部連 、的後端部側的端緣部具有短路部，如此_1Such prior art is as shown in Patent Document 5. These prior art t have a plurality of turns connected to each other and to the card connector device. Further, there is also a card mounting portion in which a sheet is mounted inside the casing constituting the body, and the card is mounted in the card mounting portion and is attached to the card connector device. Thereby, information can be received and transmitted between the card and the card connector. In the card connector device described above, it is possible to mount a standard card having a shape size larger than that of the card on the card adapter. Therefore, the above conventional card adapter is set to have substantially the same shape size as the standard card. Further, the above-described standard card has a plurality of external connection portions connected to the card connection is device, and a plurality of specific external connection portions of the plurality of external connection portions are set to be short-circuited with each other. Further, the above-described case-sheath upper case member and lower case member are fitted to each other, and are integrally formed by a method such as welding. Patent Document 1: Japanese Patent Laid-Open Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. Document 5: Japanese Laid-Open Patent Publication No. 2003-150912 Publication No. 98883.doc 8 1281630 [Problems to be Solved by the Invention] In the prior various card adapters, a plurality of specific external connection portions in the portion are short and each other The plurality of external connection portions of the external connection card ^ adapters are arranged on the same plane side by side. Therefore, if the plurality of external connection portions are to be short-circuited to the external connection portion, the conduction of the external connection portion can be taken. The member is connected to the conductive member separately. However, the arrangement of such an additional arrangement causes an increase in the number of components, and also in the case of assembly work of the conductive members, respectively. m is connected to the working hours of the work, which increases the manufacturing cost. + In the case of the addition of the above-mentioned card, when the card is assembled by the adapter, when the card is mistakenly moved, the following: == and the fitting portion of the lower member, [Summary of the Invention] The problem of the body. The invention is proposed in the prior art of the above prior art, and the purpose of the invention is to provide an adapter for a card, which can be used in a number of cases in which the assembly work is performed. The brother τ makes a number of specific external connections shortly raised! The current state of the art, the purpose of which is also the adapter for the Xin card, which transmits the force of the card when it is locked, and can transmit the force of the erroneous camera to the upper member and the lower member. Chimeric part. To achieve the above object, the card W of the present invention is characterized in that: 98883.doc .1281630 is provided with a short-circuiting portion which has a plurality of material connecting portions arranged side by side in a specific external connecting portion, and has at least one of the plurality of material portions A plurality of outer connecting portions are short-circuited from the end edge portion on the rear end side. The second of the joints: the adapter for the card has a short-circuit portion at the edge portion on the side of the rear end portion of the plurality of specific external joints, such that _1
:=rr_+，_時與特= ，任何影響:情=在===對《作* 路部，使多個特定外部連接部短路。&緣社的短 、此外’本發明的卡片用配接器’在上述發明+，其中上 ^旦路部係向上方或下方料而形成。如此構成的本發 日’由於短路部向上方或下方彎折，因此能夠縮小地設定 向内尺寸。 此外本發明的卡片用配接器，在上述發明中，其中設 $為使從平行於殼體後端部而延伸之規定基準線至上述特 疋外部連接部各自之上述端緣部之長度尺寸相異，並且在 上述短路上形成彎曲部。如此構成的本發明，能夠利用 彎曲部的變形，吸收伴隨不同的長度尺寸與連接彎折加工 而成的多個特定外部連接部的短路部的關係産生的短路部 的變形。 此外，本發明的卡片用配接器，其特徵在於：具有上殼 構件與下殼構件彼此嵌合而成的殼體，在上述上殼構件與 上述下殼構件間之空間形成卡片安裝部 ，並且在上述上殼 構件及上述下殼構件中一方之構件上，具備引導安裝在上 98883.doc .1281630 述卡片安裝部上之卡片之上面及 導部。 7面中之付合的面之卡片 —如此構成的本發明的卡片用配接器，在卡片安裝在卡片 安裝部上時，若誤播動卡片時，由於卡片引導部會接受其 力口此°亥卡片的撬動産生的力不會傳到上殼構件及下殼 構件的嵌合部分。 〃 此外’本發明的卡片用配接器，在上述發明中，其中在 上述上殼構件及上述下殼構件中不具備上述卡片引導部之 ^ 一方之構件上’形成避開上述卡片引導部之避開部。如 此構成的本發明，能夠將卡片引導部的上面及另_ 件的上面設定在例如一個面上。 此外，本發明的卡片用配接器，在上述發明中，並中在 構件及上述下殼構件中之一方之構件上，形成位 ^述卡片插口附近之前端部側之前壁及位於後端部側之 ^槿在該些前壁及後壁之間’配置上述上殼構件及上述 下Λ又構件中之另一方之構件。 二：構成的本發明的卡片用配接器，由於上殼構件及下 又 中的另一方的構件，不向具有前壁及後壁的一方的 ::的長度方向的外方突出’因此在製作該—方的構件的 作二’能夠確定完成品的長度尺寸。因此’藉由高精度製 方構件，能夠不産生完成品的向内尺寸的偏差。 連用，Γ器’由於具有使位於多個特定外部 。 、自的後端部側的端緣部短路的短路部，因此能 夠在不增加構件數量，不影響組裝作業工時的情況下’ 2 98883.doc 1281630 多個特定外部連接部短路’可抑制製造成本。 此外，本發明的卡Μ配接器，由於在安裝時，以卡片 引導部接受誤撬動卡片時的力，因此該卡片的撬動產生的 :不會傳到上殼構件及下殼構件的嵌合部分。因此，與先 前相比，能夠實現牢固的卡片安裒結構，能夠確保優良的 耐久性。 【實施方式】 、下4…、圖式說明實施本發明的卡片用配接器的優選 圖1係顯示本發明的卡片用配接器的―實施方式的圖，其 中⑷係顯不透視上殼構件的—部分的構成的俯視圖，⑻係 前視圖’⑷係從叫)的八方向看的主要部位放大圖，圖2 係顯不本實施方式所具備的下殼構件的圖，其中⑷係俯視 圖’⑻係顯示前端部附近的前視圖，圖3係本實施方式的背 面圖’圖4係顯示本實施方式具備的外部連接部的製作過程 的俯'及顯示本實施方式所用的小型卡片的圖。 本Α方式’如圖i⑷所示，形成本體的殼體^上殼構 一下成構件3構成’使上述上殼構件2及下殼構件3嵌合 y货入口 口P刀上6又置例如多個熔接部4，使其在該熔 :4彼此炼接’形成一體。在上殼構件2及下殼構件3之間 的工間内’形成安裝卡片例如圖4所示的小型卡 f裝部1”另外，雖未圖示，但在小型卡片5的背面露出多 個外部連接部。 如圖1(b)所示，纟殼體1的前端部側具有#入小型卡片5 98883.doc 1281630 的插口6。如®2所*，在下殼構件3的插口6的附近，設置 引V ! 31卡片5的上面的卡片引導部7。在未設置如此的卡 片引導部7的上殼構件2上，如圖i⑷所示，適合卡片引導部 7地形成切口，形成避開卡片引導部7的避開部1 〇。 如圖2所示，例如在下殼構件3，形成有位於小型卡片5 的插口 6附近的前端部側的前壁8及位於向内方向的後端部 側的後壁9,以位於下殼構们的前壁8及後壁9的之間的方 式配置上殼構件2。即，上殼構件㈣置在下殼構件3的 内。 叫 此外，例如，如圖⑽所示，在同一平面内配置上殼構 、®、下殼構件3的前壁8的上面、後 片引導部7的上面。 由及卡 此外’本實施方式’在後壁9所處的後端部側， 圖不的+ H田、由& 3/、木 部。該二接:二置的連接端子連接的多個外部連接 特定外部連=及:2所示，包括與彼此短路的第1 於上述第。 特定外部連接部12,並且也包括位 的未短路w疋外部連接部11及第2特定外部連接部12之間 連接部=:個其他外部連接部13、14。上述多個外部 保持。 斤不，由以鑲嵌成型而形成的樹脂構件16 殼S3的的第Γ部連接部U及第2外部連接部&在位於下 同地設定:：广的各端緣部上，藉由短路部15短路。不 後壁9平^；後端部即從與圖2所示的下殼構件3的 的規定的基準線例如樹月旨構件16的端緣17 98883.doc .1281630 特定外部連接和的端緣部的長度尺寸u及從端 、、第2特疋外部連接部12的端緣部的長度尺寸L2。例 ”可寺慮’比長度尺打2長地設定長度尺寸li，在連接 未圖不的卡片用連接器裝置上的時候，對於該卡片用連 接益裝置的多個連接端子中的符合的連接端子，使第ι特定 卜P連接邛11早於第2特定外部連接部丨2連接。:=rr_+, _ and special =, any effect: love = in === for the road section, short circuit a number of specific external connections. In addition, the card adapter of the present invention is in the above invention +, wherein the upper portion is formed upward or downward. In the present invention, the short-circuit portion is bent upward or downward, so that the inward dimension can be set narrowly. Further, in the card adapter according to the present invention, in the above invention, the length of the end edge portion of each of the predetermined reference lines extending from the rear end portion parallel to the rear end portion of the casing to the outer peripheral connecting portion is set. Different, and a curved portion is formed on the above short circuit. According to the present invention configured as described above, it is possible to absorb the deformation of the short-circuit portion caused by the relationship between the different length dimensions and the short-circuit portions of the plurality of specific external connection portions which are connected and bent by the deformation of the curved portion. Further, the card adapter of the present invention has a casing in which an upper casing member and a lower casing member are fitted to each other, and a card mounting portion is formed in a space between the upper casing member and the lower casing member. Further, one of the upper case member and the lower case member is provided with an upper surface of the card and a guide portion that are attached to the card attachment portion of the upper 98883.doc.1281630. The card for the face of the 7-sided surface - the card adapter of the present invention thus constituted, when the card is mounted on the card mounting portion, if the card is mis-broadcast, the card guiding portion will accept the force The force generated by the tilting of the °C card does not pass to the fitting portion of the upper and lower shell members. Further, in the above-described invention, the card adapter according to the present invention is characterized in that, in the upper case member and the lower case member, the member that does not include the card guide portion is formed to avoid the card guide portion. Avoid the department. According to the invention thus constituted, the upper surface of the card guiding portion and the upper surface of the other member can be set, for example, on one surface. Further, in the card adapter of the present invention, in the above-described invention, in the member of the member and the lower case member, the front end side wall and the rear end portion in the vicinity of the card insertion opening are formed. The side of the side is disposed between the front wall and the rear wall by the other member of the upper casing member and the lower jaw member. Second, the card adapter of the present invention is not protruded outward in the longitudinal direction of one of the front wall and the rear wall by the other member of the upper case member and the lower side. The making of the component of the square can determine the length dimension of the finished product. Therefore, by the high-precision square member, it is possible to prevent variations in the inward dimension of the finished product. Used in succession, the device 'has been made to be located on multiple specific externals. Since the short-circuit portion short-circuited from the end edge portion on the rear end side can be short-circuited by a plurality of specific external connection portions without increasing the number of components and affecting the assembly workmanship cost. In addition, in the cassette adapter of the present invention, since the card guiding portion receives the force when the card is mistakenly shaken during installation, the click of the card is generated: it is not transmitted to the upper case member and the lower case member. Chimeric part. Therefore, a firm card ampere structure can be realized as compared with the prior art, and excellent durability can be ensured. [Embodiment] FIG. 1 is a view showing an embodiment of a card adapter according to the present invention. FIG. 1 is a view showing an embodiment of the card adapter of the present invention, wherein (4) shows a perspectiveless upper case. (8) is a plan view showing a main part of the front view '(4) from the eight directions, and FIG. 2 is a view showing a lower case member which is not included in the embodiment, wherein (4) is a plan view '(8) is a front view showing the vicinity of the front end portion, and FIG. 3 is a rear view of the present embodiment. FIG. 4 is a view showing a process of manufacturing the external connection portion provided in the present embodiment and a view showing a small card used in the present embodiment. . In the present embodiment, as shown in Fig. i (4), the housing of the main body is formed as a member 3, and the upper housing member 2 and the lower housing member 3 are fitted to each other. The welded portions 4 are formed integrally with each other in the fusion: 4. In the work space between the upper case member 2 and the lower case member 3, a mounting card is formed, for example, the small card f-mounting portion 1 shown in FIG. 4, and although not shown, a plurality of small cards 5 are exposed on the back surface. As shown in Fig. 1(b), the front end side of the crucible housing 1 has a socket 6 into which the small card 5 98883.doc 1281630 is inserted. As in the case of ® 2, in the vicinity of the socket 6 of the lower casing member 3. The card guide portion 7 on the upper side of the V card 31 is provided. On the upper case member 2 on which the card guide portion 7 is not provided, as shown in Fig. i (4), a slit is formed in the card guide portion 7 to form a avoidance. As shown in FIG. 2, for example, in the lower casing member 3, a front wall 8 on the front end side of the vicinity of the socket 6 of the small card 5 and a rear end portion in the inward direction are formed. The rear wall 9 of the side is disposed in such a manner as to be located between the front wall 8 and the rear wall 9 of the lower casing. That is, the upper casing member (4) is placed inside the lower casing member 3. Further, for example, As shown in (10), the upper shell structure, the upper surface of the front wall 8 of the lower shell member 3, and the rear sheet guide portion 7 are disposed in the same plane. In addition, the 'this embodiment' is located on the rear end side of the rear wall 9, the +H field, the & 3/, the wooden part. The two connections: the two connection terminals are connected. A plurality of external connection specific external connections = and : 2, including the first external connection portion 12 which is short-circuited to each other, and also includes the un-short-circuited external connection portion 11 and the second specific external connection. The connection portion between the portions 12 =: the other external connection portions 13 and 14. The plurality of external portions are held. The resin member 16 is formed by insert molding, and the second portion of the resin member 16 is formed in the shell portion S3 and the second outer portion. The connecting portion & is disposed on the same end portion of the ground: the wide end portion is short-circuited by the short-circuit portion 15. The rear wall 9 is not flat; the rear end portion is from the lower case member 3 shown in Fig. 2 The predetermined reference line, for example, the edge 17 of the tree member 16 is 98883.doc.1281630. The length dimension u of the end portion of the external connection and the end portion, and the end edge portion of the second feature outer connecting portion 12 The length is L2. The example "can be a temple" is set to a length of two lengths than the length of the length, and is connected to a card that is not connected. When the means for matching a plurality of terminals connected to connection terminals of the card benefits by connecting means in the first connector P ι specific Bu earlier mound 11 2 connected to the second external connection portion Shu particular.
、使上述的第1特定外部連接部i i的端緣部及第2特定外部 連接部12的端緣部短路的短路和，如圖：及⑸⑷所示， 匕括· /σ下咸構件3的後壁9平行延伸設置的第1立起部 15a ’以及沿後壁9平行延伸設置並配置在比第1立起部 更遠離後壁9的位置上的第2立起部15b，及形成在上述第1 立起部15a及第2立起部15b的邊界部分上的彎曲部15〇。第工 立起部15a及第2立起部i5b的高度尺寸，以都包含在殼體工 的厚度尺寸内的方式設定。 在多個外部連接部的製作過程中，如圖4所示，第丨外部 連接部基材21及第2外部連接部基材22，藉由包括第i立起 部基材25a、第2立起部基材25b及彎曲部基材25(：的短路部 基材25，形成一體。在此狀態下，例如藉由向上方彎曲加 工使第1特定外部連接部基材21達到上述長度尺寸Ll、另外 使第2特定外部連接部基材22達到上述長度L2，從而形成圖 2所示的短路部15。 在如此構成的本實施方式中，如果將圖4所示的小型卡片 5從圖1所示的殼體丨的插口 6插入來安裝在卡片安裝部^ 中，則在小型卡片5的背面露出的未圖示的多個外部連接 98883.doc -11- ⑧ .1281630 部，分別連接在本實施方式的外部連接部中的對應的連接 部上。如此，藉由以將小型卡片5安裝在卡片安裝部ia中的 狀態，安裝在未圖示的卡片用連接器裝置上，使本實施方 式的構成來中轉連接上述小型卡片5及卡片用連接器裝 置，能夠在上述小型卡片5及卡片用連接器裝置的之間進行 信號的接收發送。 如果採用按以上構成的本實施方式，在將小型卡片5安裝 在殼體1的卡片安裝部la中時，若誤摄動小型卡片5，則由 於下殼構件3的卡片引導部7接受其力，因此該小型卡片$ 的撬動產生的力不會傳到上殻構件2及下殼構件3的炫接部 4。因此，能夠防止該撬動産生的力剝離熔接部々的熔接， 造成殼體1的破損’能夠實現牢固的卡片安裝結構，能夠確 保優良的耐久性。 此外，在上殼構件2上形成有避開設在下殼構件3上的卡 ^引導部7的切口、即避開部1〇,由於在同一平面内配置上 设構件2的上面、下殼構件3的前壁8的上面、後壁$的上面 卡片引導^ 7的上面，所以能夠縮小殼體i的厚度尺寸， 能夠實現薄型化。 此外由於在下殼構件3的前壁8及後壁9的之間，配置上 殼=件2,因此能夠在沿下殼構件3的長度方向的圖1⑷紙面 勺月J後方向上’上殼構件2不從下殼構件3向外突出，在製 :下殼構件3的時候’決定完成品的長度尺寸。因此，藉由 南精度製作下殼構件3’能夠使完成品的長度尺寸不産生偏 差，有助於提高成品率。 98883.doc -12- 1281630 第在本實施方式中，具借使第戦外部連接部11及 寺疋外部連接部12的端緣部短路的短路部15， 特疋外部連接部11及第2特定外部連接部I2包夾著未短路 :固其他外部連接部…，該短路部15在製作:= :卜部=!’能夠同時與第1特定外部連接部u、第2特定 對植#j12—體形成。因此，能夠在不增加構件數量， 無任何影響的情況下，藉由該短路部15， :夠=特定外部連接部11及第2特定外部連接和短 路，能夠抑制製造成本。 ^於從圖4所示的狀態向上方f折加工形成短路部Η，所 此夠鈿紐設定殼體1的向内尺寸，能夠奋由 小型化。 了犯夠只現该向内尺寸的 干此:二於ί短路部15上形成彎曲部Μ此如圖2所 ^此夠利用考曲部i 5c的變形，夾 的端緣W的不同的〇尺啊】^收伴隨距樹脂構件16 第折加工而成的連接 11、第2特料部連接部12的短路部15 =二？路部的變形。因此，如上所述，可與下殼 =3的=9平行地㈣設置短路㈣的第ι立起部心 酉能夠確保外部連接部相對於殼體1的穩定的 引實施方式中’在殼體1的下殼構件3上設置 的上面的卡片引導部7,但也能夠在上殼構 牛2上吕又置引導小型卡片5的背面的卡片引導部。本實施方 "、以圖4所不的上面在上、背面在下的狀態從殼體1 98883.doc !281630 的插口 6插入小型卡片5，因此下殼構件3的卡片引導部7可 引導小型卡片5的上面，但在以小型卡片5的背面爲上插入 的構成的情況下，下殼構件3的卡片引導部7引導小型卡片5 的背面。同樣，在在上殼構件2上設置卡片引導部，以背面 爲上插入小型卡片5的構成的情況下，言免在該上殼構件2上 的卡片引導部，能夠引導小型卡片5的上面。 此外，在上述中，形成在下殼構件3上設置前壁8及後壁 • 9,在上述前壁8及後壁9的之間配置上殼構件2的構成，但 也可以與此相反，形成在上殼構件上設置前壁及後壁，在 上述前壁及後壁的之間配置下殼構件，使上述上殼構件及 下殼構件礙合的構成。 此外’在上述中，藉由向上方f折加工形成短路部Η， 但在下方部分尺寸有多餘的情況下，也可以藉由向下方彎 折加工，形成該短路部1 5。 此外，當在下殼構件3的後壁9附近尺寸有多餘的情況 下，也可以形成不·彎折加工短路部15而以圖馈示的狀 其配置在殼體上的構成。 、 此外，在上述中，在第〗特定外部連接部11 部連接㈣的之間配置有未短路的2個其他外部連特= 13、U，但也可以在請定外部連接部u及第視定外部 連接部12的之間，配置丨個或3個 連接部的構成。 料Μ的其他外部 98883.doc -14- 1281630 多組的構成。 f圖式簡單說明】 圖1係顯示本發明的卡片用配接器一實施方式的圖，其中 〇)係顯示透視上殼構件的一部分構成的俯視圖，係前視 圖，圖1(c)係從圖2(a)的A方向看的主要部位放大圖。 /圖2係顯示本實施方式所具備的下殼構件的圖，其令⑷ 係俯視圖，（b)係顯示前端部附近的前視圖。 圖3係本實施方式的背面圖。 圖4係顯示本實施方式具備料部連接 俯視圖，及顯示本實施方式所用、過程的 【主要元件舰】 1 殼體 la 卡片安裝部 2 上殼構件 3 下殼構件 4 熔接部 5 小型卡片 6 插口 7 卡片引導部 8 前壁 9 後壁 10 避開部 11 第1特定外$ 12 弟2特定外| 98883.doc 1281630 13 其他外部連接部 14 其他外部連接部 15 短路部 15a 第1立起部 15b 第2立起部 15c 彎曲部 16 樹脂構件 17 端緣The short-circuit between the end edge portion of the first specific external connection portion ii and the end portion of the second specific external connection portion 12 is short-circuited as shown in (5) and (4), and the ? a first rising portion 15a' extending in parallel with the rear wall 9 and a second rising portion 15b extending in parallel along the rear wall 9 and disposed at a position farther from the rear wall 9 than the first rising portion, and formed in the second rising portion 15b The curved portion 15 上 at the boundary portion between the first rising portion 15a and the second rising portion 15b. The height dimensions of the first rising portion 15a and the second rising portion i5b are set so as to be included in the thickness dimension of the casing. In the production process of the plurality of external connection portions, as shown in FIG. 4, the second outer connecting portion base material 21 and the second outer connecting portion base material 22 include the i-th riser base material 25a and the second stand. The starting base material 25b and the bent portion base material 25 (the short-circuit portion base material 25 are integrally formed. In this state, for example, the first specific external joint portion base material 21 reaches the above-described length dimension L1 by bending upward. Further, the second specific external connection portion base material 22 is brought to the length L2 to form the short-circuit portion 15 shown in Fig. 2. In the present embodiment thus constituted, the small card 5 shown in Fig. 4 is taken from Fig. 1 The socket 6 of the casing 所示 is inserted and attached to the card mounting portion, and a plurality of external connections 98883.doc -11-8.18121630, which are exposed on the back surface of the small card 5, are respectively connected. In the corresponding connection portion of the external connection portion of the present embodiment, the card is attached to the card connector device (not shown) in a state where the small card 5 is attached to the card attachment portion ia, and the present embodiment is implemented. The way of the way to connect the above small card 5 and card With the connector device, signals can be received and transmitted between the small card 5 and the card connector device. According to the embodiment configured as above, the small card 5 is attached to the card mounting portion of the casing 1. In the case of la, if the small card 5 is erroneously perturbed, since the card guiding portion 7 of the lower casing member 3 receives its force, the force generated by the sway of the small card $ is not transmitted to the upper casing member 2 and the lower casing member. Therefore, it is possible to prevent the force generated by the sway from being peeled off from the welded portion ,, and the damage of the casing 1 can achieve a firm card mounting structure, and excellent durability can be ensured. The case member 2 is formed with a slit that avoids the card guiding portion 7 formed on the lower case member 3, that is, the avoiding portion 1A, and the upper surface of the upper member 2 and the front wall 8 of the lower case member 3 are disposed in the same plane. The upper card of the upper and rear walls $ guides the upper surface of the card 7, so that the thickness dimension of the casing i can be reduced, and the thickness can be reduced. Further, since it is disposed between the front wall 8 and the rear wall 9 of the lower casing member 3, Shell = piece 2, so can In the longitudinal direction of the lower case member 3, the upper case member 2 does not protrude outward from the lower case member 3 in the direction of the back surface of the sheet of the sheet of Fig. 1 (4), and the length dimension of the finished product is determined when the lower case member 3 is made. Therefore, the lower case member 3' can be produced by the south precision, so that the length dimension of the finished product can be made not to be deviated, which contributes to an improvement in the yield. 98883.doc -12- 1281630 In the present embodiment, the second outer portion is provided The short-circuit portion 15 in which the end portion of the connection portion 11 and the temple external connection portion 12 is short-circuited, and the external connection portion 11 and the second specific external connection portion I2 are surrounded by a non-short circuit: a solid external connection portion, and the short portion 15: Production: =: Bubu =! ' can be formed simultaneously with the first specific external connection portion u and the second specific pair of implants #j12. Therefore, it is possible to suppress the manufacturing cost by the short-circuit portion 15 and the specific external connection portion 11 and the second specific external connection and the short circuit without increasing the number of components without any influence. In the state shown in Fig. 4, the short-circuit portion 形成 is formed by f-folding upward, so that the inward dimension of the casing 1 can be set, and the size can be reduced. It is said that only the inward dimension is dry: a curved portion is formed on the short-circuit portion 15 as shown in Fig. 2, which is sufficient to utilize the deformation of the test portion i 5c, and the edge W of the clip is different. The ruler 11 is connected to the connection 11 of the resin member 16 and the short-circuit portion 15 of the second component connecting portion 12 = 2? The deformation of the road. Therefore, as described above, the first erecting portion of the short circuit (four) can be provided in parallel with the lower case = 3 = (4) to ensure the stable connection of the outer connecting portion with respect to the housing 1 'in the housing The upper card guide portion 7 provided on the lower case member 3 of the first card member 3, but the card guide portion for guiding the back surface of the small card 5 can be placed on the upper case member 2. In the present embodiment, the small card 5 is inserted from the socket 6 of the housing 1 98883.doc 281 630 in the upper and lower sides in the state shown in FIG. 4, so that the card guiding portion 7 of the lower casing member 3 can guide the small card. The card guide portion 7 of the lower case member 3 guides the back surface of the small card 5 in the case where the upper surface of the card 5 is inserted with the back surface of the small card 5. Similarly, when the card guide portion is provided on the upper casing member 2 and the small card 5 is inserted with the back surface as the upper side, the card guide portion on the upper casing member 2 can be prevented from guiding the upper surface of the small card 5. Further, in the above, the front case 8 and the rear wall are provided on the lower case member 3. The upper case member 2 is disposed between the front wall 8 and the rear wall 9, but may be formed instead. A front wall and a rear wall are provided on the upper case member, and a lower case member is disposed between the front wall and the rear wall to block the upper case member and the lower case member. Further, in the above description, the short-circuit portion 形成 is formed by f-fitting the upper portion. However, when the size of the lower portion is excessive, the short-circuit portion 15 may be formed by bending downward. Further, when the size is excessive in the vicinity of the rear wall 9 of the lower casing member 3, it is also possible to form a configuration in which the short-circuited portion 15 is not bent and placed on the casing in the form of a map. Further, in the above, two other external terminals 13 and U which are not short-circuited are disposed between the fourth connection (four) of the specific external connection portion 11 , but the external connection portion u and the second view may be set. A configuration in which one or three connection portions are disposed between the external connection portions 12 is defined. Other external parts of the material 98883.doc -14- 1281630 The composition of multiple groups. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing an embodiment of a card adapter of the present invention, in which a plan view showing a part of a see-through upper case member is a front view, and Fig. 1(c) is a view An enlarged view of a main part seen in the direction A of Fig. 2(a). Fig. 2 is a view showing a lower case member provided in the present embodiment, wherein (4) is a plan view and (b) is a front view showing a vicinity of a front end portion. Fig. 3 is a rear view of the embodiment. Fig. 4 is a plan view showing the connection of the material portion of the present embodiment, and showing the main component ship used in the present embodiment. 1 Housing la Card mounting portion 2 Upper shell member 3 Lower shell member 4 Weld portion 5 Small card 6 socket 7 Card guide portion 8 Front wall 9 Rear wall 10 Avoiding portion 11 First specific outside $12 Brother 2 specific outside | 98883.doc 1281630 13 Other external connecting portion 14 Other external connecting portion 15 Short-circuit portion 15a First rising portion 15b Second rising portion 15c curved portion 16 resin member 17 end edge
21 第1外部連接部基材 22 第2外部連接部基材 25 短路部基材 25a 第1立起部基材 25b 第2立起部基材 25c 彎曲部基材21 1st external connection part base material 22 2nd external connection part base material 25 Short-circuit part base material 25a 1st rising part base material 25b 2nd rising part base material 25c Bending part base material
98883.doc -16- ⑧98883.doc -16- 8